Videos tagged with Triton Star Strike

This video showcases the Exigent Pointman9, a 3D printed suppressor, demonstrating its surprising effectiveness on both 9mm and 7.62x39 firearms, specifically mounted on a Century Arms Sharps Bros MB47 rifle equipped with a Triton Star Strike optic. The demonstration highlights improved firearm manageability and suppression quality, while also promoting gunsmithing education via SDI.EDU.

This video demonstrates the performance of the Exigent Defense Pointman9 3D-printed suppressor on a Century Arms Sharps Bros MB47 rifle chambered in 7.62x39. The presenter, SHORTSHOT TONY, notes its surprising effectiveness despite not being a dedicated .30 caliber can, making the AK platform more manageable. The setup also includes a Triton Star Strike optic.

This video tests the visibility of muzzle flash at night using a "backyard hunting" level night vision setup. The presenter demonstrates that while a small 9mm muzzle flash might be detectable at a distance with this affordable setup, 22LR muzzle flash is not visible. The limitations of low refresh rates in accessible night vision are highlighted.

This video explores three types of military-grade equipment legally accessible to civilians: night vision devices, body armor, and camouflage. It highlights specific products like the Triton Star Strike thermal optic for pest control and the Canic SFX Arrival S body armor, noting its capability against 9mm and .223 rounds. The discussion also touches on the utility of camouflage for hunting and evasion, with an example from Vertex.

This video evaluates the Triton Star Strike optic, specifically its performance in both low-light/nighttime conditions and daytime. The presenter demonstrates its functionality with an IR illuminator for nighttime use, noting its ability to show colors even in darkness. For daytime, the optic functions but colors appear somewhat faded compared to nighttime. The review confirms the optic works effectively across different lighting conditions.

This video compares digital night vision and thermal imaging optics for firearm upgrades. Digital night vision, like the Triton Star Strike, uses infrared or ambient light, while thermal imaging, exemplified by the Pulsar Sphinx, detects heat signatures. Both offer accessible entry points for new shooters into advanced optic technologies.

This guide details a test to determine muzzle flash visibility through budget digital night vision optics. The Civilian Tactical host demonstrates mounting a Triton Star Strike on a pistol and conducting live fire tests with 9mm and .22 caliber rounds. The results indicate that while some flashes are visible, low refresh rates on budget units can limit consistency, though other details like casing ejection remain clear.